public void SetB(Buzen B)
{
UBuzen = B.U.ToList <double>();
XBuzen = B.X.ToList <double>();
NBuzen = B.N.ToList <double>();
SystemResponseBuzen = B.SystemResponse;
}
static void Main(string[] args)
{
Console.WriteLine(DateTime.Now);
if (args.Length < 1)
{
throw new Exception("Enter path to this file as first argument! ");
}
string path = args[0];
int SimulationMinutes = (args.Length >= 2) ? Int32.Parse(args[1]) : (24 * 60);
int factor = 24 * 60 / SimulationMinutes;
/* FilePaths[0] = potraznje analiticki
* FilePaths[1] = rezultati analiticki
* FilePaths[2] = rezultati simulacija
* FilePaths[3] = rezultati simulacija usrednjeno
* FilePaths[4] = odstupanje simulacija
* FilePaths[5] = odstupanje simulacija usrenjeno
*/
string[] FilePaths = { @"\potraznje_analiticki.txt", @"\rezultati_analiticki.txt", @"\rezultati_simulacija.txt", @"\rezultati_simulacija_usrednjeno.txt", @"\odstupanje_simulacija.txt", @"\odstupanje_simulacija_usrednjeno.txt" };
for (int i = 0; i < FilePaths.Length; i++)
{
FilePaths[i] = path + FilePaths[i];
}
foreach (string FilePath in FilePaths)
{
using (StreamWriter File = new StreamWriter(FilePath))
{
// kreiranje praznih datoteka
}
}
Stopwatch sw = new Stopwatch();
/* args[2] == 0 -> Sequential
* args[2] == 1 -> Parallel K
* args[2] == 2 -> Parallel all
* stop == true -> run only one scenario
*/
sw.Restart();
sw.Start();
init();
GordonNewell GN = new GordonNewell(S, FilePaths[0]);
Buzen B = null;// new Buzen(S, FilePaths[1]);
bool simulationTest = true;
if (simulationTest)
{
int maxNumOfSimulations = 0;
int oldCnt = 0;
Simulation[] simulations = new Simulation[MPDegree.Count * KValues.Count];
Thread[] threads = new Thread[MPDegree.Count * KValues.Count];
Buzen[] buzens = new Buzen[MPDegree.Count * KValues.Count];
StreamWriter buzenFile = new StreamWriter(FilePaths[1]);
StreamWriter simOutputFile = new StreamWriter(FilePaths[2]);
StreamWriter simMeanOutputFile = new StreamWriter(FilePaths[3]);
StreamWriter simDiviationOutputFile = new StreamWriter(FilePaths[4]);
StreamWriter simMeanDiviationOutputFile = new StreamWriter(FilePaths[5]);
int SleepTime = 100;
for (int jobIndex = 0; jobIndex < MPDegree.Count; jobIndex++)
{
//simulations[jobIndex] = new Simulation(S, MPDegree[jobIndex], SimulationParameters[jobIndex], simOutputFile, simMeanOutputFile, simDiviationOutputFile, simMeanDiviationOutputFile, SimulationMinutes);
//buzens[jobIndex] = new Buzen(S, buzenFile);
maxNumOfSimulations += SimulationParameters[jobIndex];
}
maxNumOfSimulations *= Kmax - Kmin + 1;
for (int i = 0; i < 100; i++)
{
if (i == 0)
{
Console.Write(0);
continue;
}
if (i == 97)
{
Console.WriteLine(100);
break;
}
Console.Write(' ');
}
int passed = 0;
int simIndex = -1;
foreach (int k in KValues)
{
Vector <double> x = GN.getX(k);
for (int jobIndex = 0; jobIndex < MPDegree.Count; jobIndex++)
{
++simIndex;
simulations[simIndex] = new Simulation(S, MPDegree[jobIndex], SimulationParameters[jobIndex], simOutputFile, simMeanOutputFile, simDiviationOutputFile, simMeanDiviationOutputFile, SimulationMinutes);
buzens[simIndex] = new Buzen(S, buzenFile);
buzens[simIndex].compute(x, k, MPDegree[jobIndex]);
simulations[simIndex].SetB(buzens[simIndex]);
simulations[simIndex].Init(GN.Probabilities, k);
ThreadStart TS = new ThreadStart(simulations[simIndex].Start);
threads[simIndex] = new Thread(TS);
threads[simIndex].Start();
}
}
StreamWriter queue_exec = new StreamWriter(path + @"\queue_exec.txt");
for (int threadIndex = 0; threadIndex <= simIndex;)
{
if (threads[threadIndex].IsAlive)
{
int newPassed = 100 * Simulation.cnt / maxNumOfSimulations;
//Console.WriteLine("{0}-{1}", newPassed, passed);
if (newPassed > passed)
{
for (int i = 0; i < newPassed - passed; i++)
{
Console.Write('*');
}
passed = newPassed;
}
// ako nit nije zavrsila, odspavaj
Thread.Sleep(SleepTime);
}
else
{
simulations[threadIndex].Flush(true);
simulations[threadIndex].Flush(false);
simulations[threadIndex].Flush(true, true);
simulations[threadIndex].Flush(false, true);
simulations[threadIndex].print(queue_exec);
threadIndex++;
}
}
GN.Flush();
GN.Clean();
buzenFile.Close();
simOutputFile.Close();
simMeanOutputFile.Close();
simDiviationOutputFile.Close();
simMeanDiviationOutputFile.Close();
queue_exec.Close();
sw.Stop();
long elapsed = sw.ElapsedMilliseconds;
float seconds = elapsed / 1000;
float minutes = seconds / 60;
float hours = minutes / 60;
Console.WriteLine("\npassed {0} hrs = {1} minutes = {2} seconds", Math.Round(hours, 2), Math.Round(minutes, 2), Math.Round(seconds, 2));
seconds *= factor;
minutes = seconds / 60;
hours = minutes / 60;
Console.WriteLine("full simulation expectanncy {0} hrs = {1} minutes = {2} seconds\n", Math.Round(hours, 2), Math.Round(minutes, 2), Math.Round(seconds, 2));
//for(int i = 0; i < 12; i++)
//{
// Console.Write("{0:0.000}\t", 1.0 * Simulation.processTimes[i] / Simulation.processJobs[i]);
//}
//Console.WriteLine();
for (int i = 0; i < Kmax + 4; i++)
{
for (int j = 0; j < Kmax + 4; j++)
{
Console.Write("{0:0.000}\t", Simulation.mat[i, j] / Simulation.numberOfJobs[i]);
}
Console.WriteLine();
}
}
else
{
// jedna nit jedna kombinacija parametara
int SleepTime = 60;
int Simulations = (Kmax - Kmin + 1) * MPDegree.Count;
int SimNumber = 0;
ThreadedSimulation[] tSims = new ThreadedSimulation[Simulations];
for (int i = 0; i < Simulations; i++)
{
tSims[i] = new ThreadedSimulation(S, null, FilePaths[2], FilePaths[3], FilePaths[4], FilePaths[5], SimulationMinutes);
}
Thread[] Threads = new Thread[Simulations];
int repetitions = -1;
foreach (int Jobs in MPDegree)
{
repetitions++;
foreach (int k in KValues)
{
Vector <double> x = GN.getX(k);
B.compute(x, k, Jobs);
tSims[SimNumber].SimulationParameters = SimulationParameters.GetRange(repetitions, 1);
tSims[SimNumber].SetB(B);
tSims[SimNumber].Init(GN.Probabilities, k, Jobs);
ThreadStart TS = new ThreadStart(tSims[SimNumber].Run);
Threads[SimNumber] = new Thread(TS);
Threads[SimNumber].Start();
SimNumber++;
}
}
SimNumber = 0;
// redom cekanje da zavrse niti i upisivanje u fajlove
while (SimNumber < Simulations)
{
if (Threads[SimNumber].IsAlive)
{
// ako nit nije zavrsila, odspavaj
Thread.Sleep(SleepTime);
}
else
{
tSims[SimNumber].Print2();
tSims[SimNumber].Print();
tSims[SimNumber].Compare();
SimNumber++;
}
}
SimNumber = 0;
// zavrsile sve niti za trenutni stepen multiprogramiranja
GN.Flush();
GN.Clean();
B.Clean();
sw.Stop();
long elapsed = sw.ElapsedMilliseconds;
float seconds = elapsed / 1000;
float minutes = seconds / 60;
float hours = minutes / 60;
Console.WriteLine("passed {0} hrs = {1} minutes = {2} seconds", Math.Round(hours, 2), Math.Round(minutes, 2), Math.Round(seconds, 2));
seconds *= factor;
minutes = seconds / 60;
hours = minutes / 60;
Console.WriteLine("full simulation expectanncy {0} hrs = {1} minutes = {2} seconds", Math.Round(hours, 2), Math.Round(minutes, 2), Math.Round(seconds, 2));
}
}